Millimeter Wave RF Resources & Engineering Tools
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What Is a Waveguide Circulator? How It Works and How to Choose One
What Is a Waveguide Circulator? How It Works? In any RF or microwave signal chain, controlling which direction energy flows matters just as much as generating or receiving it.
V Band Power Amplifier in mmWave Systems: How It Works
Delivering useful transmit power at V-band frequencies - the 50 to 75 GHz range - is among the most demanding engineering challenges in commercial and defence millimeter wave hardware. Unlike
Double Ridged Horn Antenna in RF Testing: How It Works
Covering a frequency range spanning from 7 GHz to 70 GHz in standard configurations - while maintaining consistent gain, a predictable radiation pattern, and acceptable VSWR is a challenge
Product Catalog
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Mi-Wave Full Appendices Guide
Rectangular Waveguides – Appendix A
Round Contact Flanges – Appendix B
Round Flange Blanks – Appendix C
Square Cover Flanges – Flange Blanks – Choke Flanges – Appendix F & G
Square Cover Flanges – Appendix H & I
Antenna TE11 Circular Waveguides – Appendix J
The Effect of VSWR on Transmittal Power – Appendix K
TE01 Circular Waveguides – Appendix L
